🧪� EpsilonLang Research

Pioneering research in functional language design, type systems, and formal verification techniques.

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Core Research Challenges

Type Systems

Exploring dependent types and refinement systems for next-generation type safety in functional programming.

Formal Verification

Advancing proof systems and model checking techniques for critical system verification.

Concurrency

Developing new concurrency paradigms combining actor models and software transactional memory.

Current Research Focus Areas

Dependent Types

Solving type-level computations and integrating proof assistants into programming workflow

Type Families
Theorem Proving
Verified Compilers

Formal Verification

Developing verification techniques for real-world systems using coinduction and model checking

TLA+
CEGAR
Z3 Prover

Join the Research Efforts

Help define the future of functional programming through academic research and open collaboration

Academic Partners

Collaborating universities and research institutions working on Epsilon

Cambridge MIT EPFL

Industry Partners

Companies applying Epsilon to real-world problems

Cloud Infrastructure
Microsoft
Verification Tools
AWS

Open Research Groups

Community-driven exploration of new language features

Coq Bridge
Quantum Types

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Contribute to groundbreaking work in formal methods and functional programming

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